This video demonstrate Even though laparoscopic IPOM repair is not a preferred method for inguinal hernia, it can be applied as an alternative method in specific cases involving difficulties in approaching the usual plane of repair.

Intraperitoneal Onlay Mesh (IPOM) repair is an advanced laparoscopic technique used for the management of inguinal hernia in selected patients. With the rapid evolution of minimal access surgery, laparoscopic approaches have gained widespread acceptance due to reduced postoperative pain, faster recovery, and better cosmetic results. World Laparoscopy Hospital (WLH), a globally recognized center of excellence in minimal access surgery, plays a vital role in training surgeons in such advanced laparoscopic procedures and techniques.

IPOM inguinal hernia repair involves placing a surgical mesh inside the abdominal cavity directly over the hernia defect. During the laparoscopic procedure, small ports are inserted, the hernia sac is reduced, and a composite mesh is positioned with adequate overlap and fixed using tackers, sutures, or surgical glue. This technique avoids extensive dissection of the groin region and can reduce operative time. Studies show that patients often experience low postoperative pain scores, short hospital stay, and early return to work following IPOM repair.

One of the main advantages of IPOM repair is its technical simplicity and reproducibility. It is especially useful in recurrent hernias, bilateral hernias, or patients with high surgical risk. Research has demonstrated that IPOM repair can provide effective hernia closure with minimal complications when appropriate mesh materials and fixation methods are used. Additionally, laparoscopic IPOM offers shorter anesthesia time and reduced injury risk to surrounding structures like spermatic cord and vessels.

However, IPOM repair also has certain limitations. Since the mesh is placed intraperitoneally, there is a theoretical risk of adhesions between mesh and abdominal organs, and careful patient selection is essential. Modern composite meshes with anti-adhesion coatings and improved fixation techniques have significantly reduced these risks and improved outcomes.

At World Laparoscopy Hospital, surgeons are trained through structured academic programs combining theoretical learning, simulation training, and live surgical demonstrations. WLH focuses on evidence-based surgical practice and skill-oriented training to ensure safe and effective laparoscopic surgery outcomes. The institute has established itself as a global training hub for laparoscopic, endoscopic, and robotic surgery, helping surgeons adopt modern techniques such as IPOM repair.

In conclusion, laparoscopic IPOM inguinal hernia repair is a valuable surgical option in selected cases, offering advantages such as minimal tissue trauma, quick recovery, and shorter hospital stay. With advanced training and expertise available at institutions like World Laparoscopy Hospital, surgeons can safely perform this technique and provide better patient outcomes. As technology and mesh materials continue to improve, IPOM repair is likely to remain an important part of modern hernia surgery.